BMC Timemachine Mpc. 2026-2027

BMC Timemachine Mpc frame. 2026-2027

The BMC Timemachine Masterpiece 2026-2027 is a time trial frameset designed for performance-oriented and competitive cyclists. It's an elite frameset intended for time trials where aerodynamics, stiffness, and complete integration are paramount. This model is aimed at riders seeking equipment specifically developed for speed and efficiency in race conditions.

Developed around an Mpc. Premium Carbon frame, the Timemachine Mpc. combines advanced aerodynamic design, deep cockpit integration, and optimized performance of the entire system. Development was conducted with Tudor Pro Cycling to achieve measurable performance gains through a combination of CFD analysis, wind tunnel testing, rapid prototyping, and velodrome validation.

General presentation

Product

Timemachine Mpc.

Colors

Mpc. - cbn flo wht color code

Brand

BMC

model year

All Seasons

Description

Elite time trial frameset designed for riders requiring results-oriented and performance-driven equipment.

Frameset

Frame

Timemachine Mpc. - Mpc. Premium Carbon - Full Mount - UDH - Flat Mount Disc - bottle cage compatible - thru axle 142x12 mm.

Fork

Timemachine Mpc. - Mpc. Premium Carbon - Halo+ bayonet front fork - Stealth Dropout Design - Flat Mount Disc - 100x12 mm thru axle.

Cockpit

Gallows

Integrated with the fork and base bar.

Hanger

BMC Timemachine Mpc. Flat Cockpit integrated into the Halo+ fork - compatible with Custom extensions or Profile Design Aeria 1. (EUR or UK brake configuration versions).

Saddle and seatpost

Seat post

Timemachine Mpc. - Mpc. Premium Carbon - forward position offsets: -5.5 mm / -18 mm / -30.5 mm / -43 mm. Compatible with an optional standard version: -18 mm / 0 mm / +18 mm / +36 mm.

Transmission

Bottom bracket

Press-Fit 86.5 mm Road.

Braking

Disk compatibility

Rotor compatibility: 160 mm front - 140 mm or 160 mm rear.

Additional technical data

Tire clearance

30 mm tire width measured.

ASTM Classification

Level 1.

Maximum system weight

110 kg.

General Product Safety Regulation (GPSR)

Safety Instructions GPSR (EU) - Responsible person according to GPSR (EU).

Geometry

Available sizes

S/ML

Recommended cycling size

S: 155 - 185 cm
ML: 170 - 210 cm

Handlebar width

O2O: 353 mm - C2C: 328 mm (S and ML)

BB Drop

80 mm (S and ML)

Fork length

348 mm (S and ML)

Front Center

610 mm (S and ML)

Rear Center

410 mm (S and ML)

Seat angle

75.2° (S and ML)

Seat tube length

S: 507 mm - ML: 537 mm

Seat post length

420 mm (S and ML)

Seatpost offset

forward: -5.5 mm / -18 mm / -30.5 mm / -43 mm (S and ML)

Step-over height

S: 756 mm - ML: 784 mm

Wheelbase

S: 1012 mm - ML: 1052 mm

Development and design

Born from a need for absolute speed

Modern time trials demand measurable gains at high speeds. The Timemachine Mpc. was developed in collaboration with Tudor Pro Cycling with a target speed improvement of 3%, by redesigning the shapes, interfaces, and airflow management.

The development path

Development at the Impec Lab is based on a continuous process combining design, CFD analysis, rapid prototyping, wind tunnel validation, and real-world testing, without interruptions due to external suppliers. Each element of the frame was individually optimized before integration into a complete aerodynamic system.

The four factors of speed

The project brought together Stefan Christ and the BMC Impec Lab team, Kurt Bergin-Taylor and the Tudor Pro Cycling Innovation team, John Glett for BMC , as well as Fabian Cancellara, owner of Tudor Pro Cycling.

Designed for Tudor runners

The Timemachine Mpc. was developed in direct partnership with Tudor Pro Cycling, with requirements defined for competitive use and geared towards pure performance.

Impec Lab - where speed is born

Fourth generation time trial platform developed via CFD analysis, wind tunnel campaigns, modular prototyping by 3D printing and velodrome validations, according to the process called AeroSynthesis.

The need for more speed

With WorldTour time trials now won at speeds exceeding 55 km/h, the Timemachine Mpc aims for a 3% improvement in system performance. The frame alone boasts a claimed aerodynamic improvement of 37.6% compared to previous generations.

AeroSynthesis - Speed Optimization

AeroSynthesis is BMC design philosophy aimed at harmonizing rider, frame, and components into a single system, through CFD simulations, wind tunnel testing, and real-world trials. The claimed result is reduced drag, optimized airflow, and high stability at high speeds.

Masterpiece

The specific shapes and performance constraints of the Timemachine Mpc. require a high level of manufacturing and finishing, corresponding to the Masterpiece concept.

Aerodynamic technical elements

The Halo+ fork maximizes the fork crown width within UCI limits to improve aerodynamic performance. SpeedSlab optimizes aerodynamic gains according to the maximum tire size and UCI regulations, with a steeper attack angle. The narrow head tube and track-inspired Bayonet system use compact needle bearings for a stiff front end. PayloadFins seat stays are positioned behind the rider's legs to reduce drag and optimize airflow, while ensuring full heel clearance.

Final result

After hundreds of hours of CFD simulations, prototyping, wind tunnel testing, and velodrome validations, the platform achieved a system drag reduction of 4.1%. Following the new UCI regulations introduced for the 2026 season, the platform was adapted to remain compliant with a drag reduction of 3.7%, exceeding the initial target of 3%.